Low power consumption liquid crystal display substrate

The present invention relates to a reflection type liquid crystal display for displaying images by reflecting the external light and a fabricating method thereof and its object is to provide a liquid crystal display and a fabricating method thereof which can prevent a color tone of the reflection light and the like from a deterioration by surely absorbing an incident light from a gap between display electrodes. After forming a interlayer insulating film 24 on a source electrode 22 of FET formed on a silicon substrate 1 and planarizing the surface thereof by a CMP and the like, an insulating reflection preventing film 26 is formed. The source electrode 22 and a metal layer 29 are connected by embedding a connecting conductor 30 at a through-hole passing through the reflection preventing film 26 and the interlayer insulating film 24. Similarly, After forming an interlayer insulating film 24′ on the metal layer 29 and planarizing thereon, an insulating reflection preventing film 26′ is formed. The metal layer 29 and a display electrode 32 are connected by embedding a through-hole passing through the reflection preventing film 26′ and the interlayer insulating film 24′.